Zhiruo specialises on the comprehensive exploration and optimization of cathode materials tailored for aqueous aluminum ion batteries, aiming to propel the forefront of energy storage technologies towards more sustainable and efficient solutions.
Zhiruo's work focuses on comprehensively exploring and optimizing cathode materials tailored for aqueous aluminum ion batteries, aiming to propel the forefront of energy storage technologies towards more sustainable and efficient solutions. Employing a systematic and integrated approach, she conducts theoretical studies and experimental analyses to evaluate the electrochemical performance, redox reactions, and enduring stability of cathodes, laying the groundwork for the development of robust energy storage solutions. Building upon this foundation, she delves into the synthesis and refinement of advanced organic electrodes, employing computational modeling, organic synthesis techniques, and advanced characterization methods to enhance electrochemical performance. Her work extends to unraveling the underlying electrochemical mechanisms, utilizing advanced spectroscopic and electrochemical techniques to optimize material-electrolyte interfaces for increased efficiency and stability.